lue_framework_algorithm

These are top-level algorithms that can be called in any order. They take one or more partitioned arrays as arguments and spawn tasks at the same localities are where the array partitions are located. These top-level tasks may continue to spawn additional tasks at these localities.

Arithmetic

Name	Description
lue::add(), operator+	Return the result of adding something to a partitioned array
lue::divide, operator/	Return the result of multiplying something with a partitioned array
lue::multiply, operator*	Return the result of multiplying something with a partitioned array
lue::subtract, operator-	Return the result of subtracting something from a partitioned array

Comparison

Name	Description
lue::equal_to, operator==	Return the result of comparing something with a partitioned array
lue::close_to	Return the result of comparing something with a partitioned array
lue::not_equal_to, operator!=	Return the result of comparing something with a partitioned array
lue::greater_than, operator>	Return the result of comparing something with a partitioned array
lue::less_than, operator<	Return the result of comparing something with a partitioned array
lue::greater_than_equal_to, operator>=	Return the result of comparing something with a partitioned array
lue::less_than_equal_to, operator<=	Return the result of comparing something with a partitioned array

Logical

Name	Description
lue::logical_and, operator&&	Logical conjunction
lue::logical_inclusive_or, operator||	Logical inclusive disjunction
lue::logical_not, operator!	Logical negation

Trigonometric

Name	Description
lue::cos	cos…
lue::sin	sin…
lue::atan	atan…
lue::atan2	atan2…

Mathematical

Name	Description
lue::pow	Return the result of raising the elements in a partitioned array by the power of an exponent
lue::sqrt	Return the result of taking the square root of the elements in a partitioned array

Focal

Name	Description
lue::convolve	Return the result of convolving a kernel with weights with a partitioned array
lue::focal_maximum	focal_maximum…
lue::focal_mean	focal_mean…
lue::focal_sum	focal_sum…
lue::slope	Return the slope of a digital elevation model

Global

Name	Description
lue::minimum	Return the minimum value in an array
lue::maximum	Return the maximum value in an array
lue::sum	Return the result of summing the elements in a partitioned array

Random

Name	Description
lue::uniform	Fill a partitioned array in-place with a uniform random value

Statistic

Name	Description
lue::minimum	Return the minimum value in an array
lue::maximum	Return the maximum value in an array
lue::focal_maximum	focal_maximum…
lue::focal_mean	focal_mean…
lue::focal_sum	focal_sum…

I/O

Name	Description
lue::read	Read a partitioned array from a dataset
lue::write	Write a partitioned array to a dataset

Uncategorized

Name	Description
lue::all	Return whether a partitioned array contains only elements that evaluate to true
lue::any	Return whether a partitioned array contains at least one element that evaluates to true
lue::none	Return whether a partitioned array contains no elements that evaluate to true

Name	Description
lue::cast	Return the result of casting a partitioned array to another type
lue::copy	Return the result of copying a partitioned array
lue::fill	Fill a partitioned array in-place with a value
lue::iterate_per_element	Per cell in a partitioned array, iterate a number of times
lue::unique	Return the unique values in a partitioned array
lue::unique_id	Fill a partitioned array in-place with unique IDs
lue::where	Conditionally assign values to the result
lue::mesh_grid	Create arrays with multidimensional mesh grid
lue::scale	Return the result of scaling values in a partitioned array to a range